Suhendri Suhendri

Contact

• workRoom CE2C Sustainable Research Building
  University Park
  Nottingham
  NG7 2RD
  UK
• Suhendri.Suhendri@nottingham.ac.uk

Biography

Suhendri is a young lecturer and researcher from Institut Teknologi Bandung, Indonesia which currently is doing his PhD in the Buildings, Energy and Environment (BEE) Research Group.

Expertise Summary

Suhendri holds a bachelor degree in architecture, and his interest in building physics and sustainable building design led him to take an MsC in Sustainable Building Technology in the University of Nottingham. Ever since his graduation from the master degree in 2015, he has worked as an research assistant and teacher in the School of Architecture, Planning, and Policy Development (SAPPD), Institut Teknologi Bandung. His interest is generally in the field of building physics, especially in the topics of low-carbon buildings, passive design architecture, computational fluid dynamics for built environment, occupant's comfort and indoor environmental quality, etc.

Research Summary

In his PhD thesis, Suhendri is investigating innovative ways of integrating radiative cooling for enhancement of natural ventilation in buildings.

Selected Publications

• HU, M., ZHAO, B., AO, X., SUHENDRI,, CAO, J., WANG, Q., RIFFAT, S., SU, Y. and PEI, G., 2021. Performance analysis of a novel bifacial solar photothermic and radiative cooling module: Energy Conversion and Management Energy Conversion and Management. 236,
• HU, MINGKE, GUO, CHAO, ZHAO, BIN, AO, XIANZE, SUHENDRI, CAO, JINGYU, WANG, QILIANG, RIFFAT, SAFFA, SU, YUEHONG and PEI, GANG, 2021. A parametric study on the performance characteristics of an evacuated flat-plate photovoltaic/thermal (PV/T) collector RENEWABLE ENERGY. 167, 884-898
• SUHENDRI, HU, MINGKE, SU, YUEHONG, DARKWA, JO and RIFFAT, SAFFA, 2020. Implementation of Passive Radiative Cooling Technology in Buildings: A Review BUILDINGS. 10(12),
• HU, MINGKE, ZHAO, BIN, AO, XIANZE, SUHENDRI, CAO, JINGYU, WANG, QILIANG, RIFFAT, SAFFA, SU, YUEHONG and PE, GANG, 2020. An analytical study of the nocturnal radiative cooling potential of typical photovoltaic/thermal module APPLIED ENERGY. 277,

• View all publications

• HU, MINGKE, ZHAO, BIN, SUHENDRI, S., CAO, JINGYU, WANG, QILIANG, RIFFAT, SAFFA, YANG, RONGGUI, SU, YUEHONG and PEI, GANG, 2022. Experimental study on a hybrid solar photothermic and radiative cooling collector equipped with a rotatable absorber/emitter plate APPLIED ENERGY. 306,
• HU, M., ZHAO, B., AO, X., SUHENDRI,, CAO, J., WANG, Q., RIFFAT, S., SU, Y. and PEI, G., 2021. Performance analysis of a novel bifacial solar photothermic and radiative cooling module: Energy Conversion and Management Energy Conversion and Management. 236,
• HU, MINGKE, GUO, CHAO, ZHAO, BIN, AO, XIANZE, SUHENDRI, CAO, JINGYU, WANG, QILIANG, RIFFAT, SAFFA, SU, YUEHONG and PEI, GANG, 2021. A parametric study on the performance characteristics of an evacuated flat-plate photovoltaic/thermal (PV/T) collector RENEWABLE ENERGY. 167, 884-898
• HU, MINGKE, ZHAO, BIN, SUHENDRI, CAO, JINGYU, WANG, QILIANG, RIFFAT, SAFFA, SU, YUEHONG and PEI, GANG, 2021. Feasibility of realizing daytime solar heating and radiative cooling simultaneously with a novel structure SUSTAINABLE CITIES AND SOCIETY. 74,
• HU, MINGKE, ZHAO, BIN, AO, XIANZE, SUHENDRI, CAO, JINGYU, WANG, QILIANG, RIFFAT, SAFFA, SU, YUEHONG and PEI, GANG, 2021. Performance analysis of a novel bifacial solar photothermic and radiative cooling module ENERGY CONVERSION AND MANAGEMENT. 236,
• HU, MINGKE, GUO, CHAO, ZHAO, BIN, AO, XIANZE, SUHENDRI, CAO, JINGYU, WANG, QILIANG, RIFFAT, SAFFA, SU, YUEHONG and PEI, GANG, 2021. A parametric study on the performance characteristics of an evacuated fl at -plate photovoltaic/thermal (PV/T) collector RENEWABLE ENERGY. 167, 884-898
• SUHENDRI, HU, MINGKE, SU, YUEHONG, DARKWA, JO and RIFFAT, SAFFA, 2020. Implementation of Passive Radiative Cooling Technology in Buildings: A Review BUILDINGS. 10(12),
• HU, MINGKE, ZHAO, BIN, AO, XIANZE, SUHENDRI, CAO, JINGYU, WANG, QILIANG, RIFFAT, SAFFA, SU, YUEHONG and PE, GANG, 2020. An analytical study of the nocturnal radiative cooling potential of typical photovoltaic/thermal module APPLIED ENERGY. 277,
• SCHWEIKER, MARCEL, ANDRE, MAIRA, AL-ATRASH, FARAH, AL-KHATRI, HANAN, ALPRIANTI, REA RISKY, ALSAAD, HAYDER, AMIN, RUCHA, AMPATZI, ELENI, ARSANO, ALPHA YACOB, AZAR, ELIE, BANNAZADEH, BAHAREH, BATAGARAWA, AMINA, BECKER, SUSANNE, BUONOCORE, CAROLINA, CAO, BIN, CHOI, JOON-HO, CHUN, CHUNGYOON, DAANEN, HEIN, DAMIATI, SITI AISYAH, DANIEL, LYRIAN, DE VECCHI, RENATA, DHAKA, SHIVRAJ, DOMINGUEZ-AMARILLO, SAMUEL, DUDKIEWICZ, EDYTA, EDAPPILLY, LAKSHMI PRABHA, FERNANDEZ-AGUERA, JESICA, FOLKERTS, MIREILLE, FRIJNS, ARJAN, GAONA, GABRIEL, GARG, VISHAL, GAUTHIER, STEPHANIE, JABBARI, SHAHLA GHAFFARI, HARIMI, DJAMILA, HELLWIG, RUNA T., HUEBNER, GESCHE M., JIN, QUAN, JOWKAR, MINA, KIM, JUNGSOO, KING, NELSON, KINGMA, BORIS, KOERNIAWAN, M. DONNY, KOLARIK, JAKUB, KUMAR, SHAILENDRA, KWOK, ALISON, LAMBERTS, ROBERTO, LASKA, MARTA, LEE, M. C. JEFFREY, LEE, YOONHEE, LINDERMAYR, VANESSA, MAHAKI, MOHAMMADBAGHER, MARCEL-OKAFOR, UDOCHUKWU, MARIN-RESTREPO, LAURA, MARQUARDSEN, ANNA, MARTELLOTTA, FRANCESCO, MATHUR, JYOTIRMAY, MINO-RODRIGUEZ, ISABEL, MONTAZAMI, AZADEH, MOU, DI, MOUJALLED, BASSAM, NAKAJIMA, MIA, NG, EDWARD, OKAFOR, MARCELLINUS, OLWENY, MARK, OUYANG, WANLU, PAPST DE ABREU, ANA LIGIA, PEREZ-FARGALLO, ALEXIS, RAJAPAKSHA, INDRIKA, RAMOS, GREICI, RASHID, SAIF, REINHART, CHRISTOPH F., RIVERA, MA ISABEL, SALMANZADEH, MAZYAR, SCHAKIB-EKBATAN, KARIN, SCHIAVON, STEFANO, SHOOSHTARIAN, SALMAN, SHUKUYA, MASANORI, SOEBARTO, VERONICA, SUHENDRI, SUHENDRI, TAHSILDOOST, MOHAMMAD, TARTARINI, FEDERICO, TELI, DESPOINA, TEWARI, PRIYAM, THAPA, SAMAR, TREBILCOCK, MAUREEN, TROJAN, JOERG, TUKUR, RUQAYYATU B., VOELKER, CONRAD, YAM, YEUNG, YANG, LIU, ZAPATA-LANCASTER, GABRIELA, ZHAI, YONGCHAO, ZHU, YINGXIN and ZOMORODIAN, ZAHRASADAT, 2020. Evaluating assumptions of scales for subjective assessment of thermal environments - Do laypersons perceive them the way, we researchers believe? ENERGY AND BUILDINGS. 211,
• SCHWEIKER, MARCEL, ABDUL-ZAHRA, AMAR, ANDRE, MAIRA, AL-ATRASH, FARAH, AL-KHATRI, HANAN, ALPRIANTI, REA RISKY, ALSAAD, HAYDER, AMIN, RUCHA, AMPATZI, ELENI, ARSANO, ALPHA YACOB, AZADEH, MONTAZAMI, AZAR, ELIE, BAHAREH, BANNAZADEH, BATAGARAWA, AMINA, BECKER, SUSANNE, BUONOCORE, CAROLINA, CAO, BIN, CHOI, JOON-HO, CHUN, CHUNGYOON, DAANEN, HEIN, DAMIATI, SITI AISYAH, DANIEL, LYRIAN, VECCHI, RENATA DE, DHAKA, SHIVRAJ, DOMINGUEZ-AMARILLO, SAMUEL, DUDKIEWICZ, EDYTA, EDAPPILLY, LAKSHMI PRABHA, FERNANDEZ-AGUERA, JESICA, FOLKERTS, MIREILLE, FRIJNS, ARJAN, GAONA, GABRIEL, GARG, VISHAL, GAUTHIER, STEPHANIE, JABBARI, SHAHLA GHAFFARI, HARIMI, DJAMILA, HELLWIG, RUNA T., HUEBNER, GESCHE M., JIN, QUAN, JOWKAR, MINA, KANIA, RENATE, KIM, JUNGSOO, KING, NELSON, KINGMA, BORIS, KOERNIAWAN, M. DONNY, KOLARIK, JAKUB, KUMAR, SHAILENDRA, KWOK, ALISON, LAMBERTS, ROBERTO, LASKA, MARTA, LEE, M. C. JEFFREY, LEE, YOONHEE, LINDERMAYR, VANESSA, MAHAKI, MOHAMMADBAGHER, MARCEL-OKAFOR, UDOCHUKWU, MARIN-RESTREPO, LAURA, MARQUARDSEN, ANNA, MARTELLOTTA, FRANCESCO, MATHUR, JYOTIRMAY, MCGILL, GRAINNE, MINO-RODRIGUEZ, ISABEL, MOU, DI, MOUJALLED, BASSAM, NAKAJIMA, MIA, NG, EDWARD, OKAFOR, MARCELLINUS, OLWENY, MARK, OUYANG, WANLU, PAPST DE ABREU, ANA LIGIA, PEREZ-FARGALLO, ALEXIS, RAJAPAKSHA, INDRIKA, RAMOS, GREICI, RASHID, SAIF, REINHART, CHRISTOPH F., RIVERA, MA. ISABEL, SALMANZADEH, MAZYAR, SCHAKIB-EKBATAN, KARIN, SCHIAVON, STEFANO, SHOOSHTARIAN, SALMAN, SHUKUYA, MASANORI, SOEBARTO, VERONICA, SUHENDRI, TAHSILDOOST, MOHAMMAD, TARTARINI, FEDERICO, TELI, DESPOINA, TEWARI, PRIYAM, THAPA, SAMAR, TREBILCOCK, MAUREEN, TROJAN, JORG, TUKUR, RUQAYYATU B., VOELKER, CONRAD, YAM, YEUNG, YANG, LIU, ZAPATA-LANCASTER, GABRIELA, ZHAI, YONGCHAO, ZHU, YINGXIN and ZOMORODIAN, ZAHRA SADAT, 2020. The Scales Project, a cross-national dataset on the interpretation of thermal perception scales (vol 45, pg 234, 2019 SCIENTIFIC DATA. 7(1),
• SUHENDRI, 2019. Effect of Solar Chimney and PCM cooling ceiling to the air flow inside a naturally-ventilated building IOP Conference Series: Earth and Environmental Science. 245, 012051
• N A ARDIANI, SUHENDRI, M D KOERNIAWAN and D Y N NAIMAH, 2019. Application of Building Integrated Photovoltaic in Hot Humid Climate. Case Study: Office Building in Indonesia IOP Conference Series: Earth and Environmental Science. 291, 012026
• SUHENDRI and TRI PRATIWI HANDAYANI, 2019. House-scale Renewable Energy System Sizing in Liverpool IOP Conference Series: Earth and Environmental Science. 291, 012028
• ARDIANI, NISSA AULIA, SUHENDRI, KOERNIAWAN, MOCHAMAD DONNY and BUDIARTO, RACHMAWAN, 2018. Building Retrofit to Improve Energy Performance from Office to Accommodation. Case study: Tower Building, Nottingham, UK MATEC Web Conf.. 206, 02010',
• SUHENDRI, SUNANDA, WAHRI and BUDIARTO, RACHMAWAN, 2018. Performance of Glazing Materials for Atrium in Hot & Humid Climate MATEC Web Conf.. 186, 02007',
• SUHENDRI, KOERNIAWAN,MOCHAMAD DONNY and ALPRIANTI,REA RISKY, 2018. Solar chimney as a natural ventilation strategy for elementary school in urban area AIP Conference Proceedings. 1984(1), 030007
• SUSY PRAJNA SARI and SUHENDRI, 2018. Potential of Rainwater System for Domestic Building in Jakarta IOP Conference Series: Earth and Environmental Science. 152, 012002
• 2018. Urban microclimate prognostic model in a hot-humid climate region, Journal of Advanced Research in Dynamical and Control Systems. 10(2), 211-216
• RENDY PERDANA KHIDMAT, M. DONNY KOERNIAWAN and SUHENDRI, 2018. Wind Movement Comparison Between Student Dormitory 2 and 3 ITERA and The Correlation Toward its Indoor Thermal Comfort IOP Conference Series: Earth and Environmental Science. 152, 012011
• ANDINA SYAFRINA, ANGELA TAMPUBOLON, SUHENDRI SUHENDRI, NUNIK HASRIYANTI and HANSON KUSUMA, 2018. Preferensi Masyarakat tentang Lingkungan Perumahan yang Ingin Ditinggali RUAS (Review of Urbanism and Architectural Studies). 16(1), 32-45
• KURNIAWAN, M DONNY and OTHERS, 2018. TINJAUAN TERHADAP STRATEGI PENGHAWAAN RUANG PERKOTAAN MELALUI ATAP HIJAU Jurnal Penelitian dan Karya Ilmiah Arsitektur Usakti. 16(02), 76-81
• AZIIZ, AKHLISH DIINAL, DONNY KOERNIAWAN, MOCHAMAD and SUHENDRI, 2017. Buoyancy-Driven Ventilation Generated by the Double-Skin Faccade of a High-Rise Building in Tropical Climate: Case Study Bandung, Indonesia MATEC Web Conf.. 138, 01016',
• LARASATI ZR, DEWI, SRI WAHYUNI, YUNI, SUHENDRI and TRIYADI, SUGENG, 2017. Embodied Energy Calculation in Mitigating Environmental Impact of Low-Cost Housing Construction MATEC Web Conf.. 138, 01001',
• SUHENDRI and M D KOERNIAWAN, 2017. Investigation of Indonesian Traditional Houses through CFD Simulation IOP Conference Series: Materials Science and Engineering. 180, 012109
• PRIMASETRA, ANJAR and SUHENDRI, SUHENDRI, 2017. ACCELERATING LOW-COST HOUSING CONSTRUCTION IN INDONESIA: LESSON LEARNED FROM KAMPONG NAGA DIMENSI (Journal of Architecture and Built Environment). 44(1), 79-86
• YUNI SRI WAHYUNI, DEWI LARASATI, SUGENG TRIYADI and SUHENDRI, 2017. Development of an Embodied Energy Calculation based on Android International Journal of Application or Innovation in Engineering & Management. 6(6),